系统工程理论与实践
繫統工程理論與實踐
계통공정이론여실천
Systems Engineering—Theory & Practice
2014年
7期
1895~1903
,共null页
河湖水系连通工程 水质水量 物联网 智慧流域 智能调控 应急处置
河湖水繫連通工程 水質水量 物聯網 智慧流域 智能調控 應急處置
하호수계련통공정 수질수량 물련망 지혜류역 지능조공 응급처치
interconnected river system network; watersmart basin; intelligent control; emergency treatmentquantity and water quality; internet of things
总结分析了河湖水系连通工程水质安全保障中亟需解决的科技难题，凝练出制约水质水量智能调控及应急处置系统建设的技术瓶颈，从物联网理念出发，提出由实时感知层、水信互联层、智慧决策层组成的河湖水系连通工程水质水量智能调控及应急处置系统总体框架，该系统具备智能感知、智能仿真、智能诊断、智能预警、智能调度、智能处置、智能控制等服务功能．
總結分析瞭河湖水繫連通工程水質安全保障中亟需解決的科技難題，凝練齣製約水質水量智能調控及應急處置繫統建設的技術瓶頸，從物聯網理唸齣髮，提齣由實時感知層、水信互聯層、智慧決策層組成的河湖水繫連通工程水質水量智能調控及應急處置繫統總體框架，該繫統具備智能感知、智能倣真、智能診斷、智能預警、智能調度、智能處置、智能控製等服務功能．
총결분석료하호수계련통공정수질안전보장중극수해결적과기난제，응련출제약수질수량지능조공급응급처치계통건설적기술병경，종물련망이념출발，제출유실시감지층、수신호련층、지혜결책층조성적하호수계련통공정수질수량지능조공급응급처치계통총체광가，해계통구비지능감지、지능방진、지능진단、지능예경、지능조도、지능처치、지능공제등복무공능．
The problems existing in the water quality safety for interconnected river system network aresummarized and the key techniques used in construction of the system are extracted, an overall systemframework of intelligent control and emergency treatment of water quantity and water quality for theinterconnected river system network based on the internet of things is put forward, which consists of real-time sensing layer, interconnection of water quantity and quality and information layer, smart decisionlayer. The realized functions in the system include the intelligent sensing, intelligent simulation, intelligentdiagnosis, intelligent early warning, intelligent scheduling, intelligent disposal, intelligent control, et al.
